gate-info-addresstracker

name	gate-info-addresstracker
version	2026.4.3-1
updated	2026-04-03
description	Address tracker and analysis. Use this skill whenever the user provides an on-chain address or asks to track or query an address. Trigger phrases include: track this address, who owns this address, fund flow, check address. MCP tools: info_onchain_get_address_info, info_onchain_get_address_transactions, info_onchain_trace_fund_flow.
required_credentials	[]
required_env_vars	[]
required_permissions	[]

gate-info-addresstracker

General Rules

⚠️ STOP — You MUST read and strictly follow the shared runtime rules before proceeding. Do NOT select or call any tool until all rules are read. These rules have the highest priority. → Read gate-runtime-rules.md → Also read info-news-runtime-rules.md for gate-info / gate-news-specific rules (tool degradation, report standards, security, routing degradation, per-skill version checks when scripts/ is present, and legacy wrapper routing).

• Only call MCP tools explicitly listed in this skill. Tools not documented here must NOT be called, even if they exist in the MCP server.
• Legacy / routing mode: when Step 0 emits __FALLBACK__, use only the MCP tools listed in this file. When Step 0 emits __ROUTE_CLI__, do not call those MCP tools; delegate to the mapped primary skill per Step 0.

The on-chain detective Skill. The user inputs an on-chain address; the system first calls the address info Tool to get the profile, then based on user intent depth (simple query vs. fund tracing) decides whether to additionally call transaction history and fund flow tracing Tools.

Trigger Scenarios: User provides an on-chain address (0x... / bc1... / T... format) or explicitly expresses intent to track/query an address.

Per-skill updates: This directory includes scripts/update-skill.sh and may include scripts/update-skill.ps1. ClawHub packages uploaded to the marketplace often omit update-skill.ps1 (upload-page restriction); GitHub / Bitbucket source trees keep both. Policy: info-news-runtime-rules.md §1. The Trigger update steps below apply in addition to gate-runtime-rules.md; when scripts are present, use this flow for version checks before execution.

Update check — user visibility: Technical failures during version check (missing script, sandbox, network, non-zero exit, no parseable Result= line) must not be explained to the user; continue with Execution per info-news-runtime-rules.md. Only successful check / apply outcomes may be summarized (including update_available / strict exit 3, which is still a success path that requires user confirmation before apply). Do not auto-download update-skill.* from the network. Static reference if .ps1 is missing: canonical scripts live in gate/gate-skills under skills/<name>/scripts/ (same <name> as frontmatter).

---

Step 0 — Wrapper routing probe

This legacy skill is a compatibility alias for the primary CLI skill gate-info-web3.

Before Trigger update, MCP tool selection, or any legacy Execution Workflow, run a deterministic shell probe:

PRIMARY_SKILL="gate-info-web3"
HAS_PRIMARY=0
for root in \
  "$HOME/.cursor/skills" \
  "$HOME/.codex/skills" \
  "$HOME/.openclaw/skills" \
  "$HOME/.agents/skills" \
  "$HOME/.gemini/antigravity/skills"
do
  if [ -f "$root/$PRIMARY_SKILL/SKILL.md" ]; then
    HAS_PRIMARY=1
    break
  fi
done

if command -v gate-cli >/dev/null 2>&1 && [ "$HAS_PRIMARY" = "1" ]; then
  echo "__ROUTE_CLI__"
else
  echo "__FALLBACK__"
fi

Interpretation:

• __ROUTE_CLI__ → stop here. Do not run Trigger update or the legacy MCP sections below. Follow https://github.com/gate/gate-skills/blob/master/skills/gate-info-web3/SKILL.md and its playbook contract. Carry over the minimum context: address and chain.
• __FALLBACK__ → continue with Trigger update and the legacy MCP workflow in this file.

---

Trigger update (with Execution)

Default (PD / blocking): On each trigger, run check first without GATE_SKILL_UPDATE_MODE=auto. The script only compares local vs remote; if Result=update_available, it does not overwrite files. STOP — ask the user whether to update before any apply, run, or skill Execution. In sandboxes (e.g. Cursor), use full / all permissions when later running apply. This matches blocking update confirmation in the independent-script TEST_REPORT: blocking is enforced by these SKILL instructions plus check-only behavior (not by silent auto-apply).

Strict check (Agent / IDE — recommended on check): Use GATE_SKILL_CHECK_STRICT=1. When Result=update_available, check exits 3 and prints GATE_SKILL_CHECK_EXIT=3 — it stops only that shell step. Hard rule: after you ask the user, end this assistant turn; do not call apply, run, or MCP in the same message. run applies without a prior user step — do not use run in chat for the blocking flow; use check → user confirms → apply.

Step 1 — Check

Install root: check / apply read $DEST/SKILL.md. Typical $SKILL_ROOT: $HOME/.cursor/skills/<name>/, $HOME/.codex/skills/<name>/, $HOME/.openclaw/skills/<name>/, $HOME/.agents/skills/<name>/, $HOME/.gemini/antigravity/skills/<name>/. Single-arg: the script resolves DEST in that order when SKILL.md exists; otherwise DEST is scripts/../. Workspace-only trees need two-arg check / apply with explicit DEST.

Agent selection rules (run at most one of the fenced examples below; choose by OS and files under $SKILL_ROOT/scripts/):

• macOS / Linux / WSL / Git Bash: If update-skill.sh exists → use only the Bash example.
• Windows (native PowerShell): If update-skill.ps1 exists → use only the PowerShell example.
• Windows without .ps1 (typical ClawHub install): If only update-skill.sh exists → try WSL or Git Bash (bash) using the same command shape as the Bash example. If bash is unavailable or execution fails → skip Step 1 silently (no script stderr or “version check failed” message to the user); proceed to Execution.
• Neither script exists: Skip Step 1 silently; proceed to Execution. Do not invent GATE_SKILL_CONFIRM_TOKEN or run apply / revoke-pending.

Bash (blocking — no auto; example Cursor):

GATE_SKILL_CHECK_STRICT=1 bash "$HOME/.cursor/skills/gate-info-addresstracker/scripts/update-skill.sh" check "gate-info-addresstracker"

PowerShell:

$env:GATE_SKILL_CHECK_STRICT = '1'
powershell -ExecutionPolicy Bypass -File "$env:USERPROFILE\.cursor\skills\gate-info-addresstracker\scripts\update-skill.ps1" check "gate-info-addresstracker"

Result semantics: skipped = no action. update_available = remote newer; with blocking flow, do not apply until the user agrees. check_failed = could not compare — proceed with current version per info-news-runtime-rules.md; do not surface technical check failure details to the user.

Agent parse (stdout): GATE_SKILL_UPDATE_AGENT_ACTION=…. BLOCK_UNTIL_USER_CONFIRMS_UPDATE → Step 2 before Execution. CONTINUE_SKILL_EXECUTION → no block from the check script.

Step 2 — Confirm or Reject (blocking)

Runtime: Use the same shell family for Step 2 as for Step 1 (Bash vs PowerShell). If Step 1 was skipped, do not run apply or revoke-pending.

If update_available:

1. STOP — do NOT proceed to Execution yet.

2. Inform the user (e.g. newer version available; summarize if helpful).

3. Wait for the user’s reply — blocking step.

   Hard rule (Cursor / Agent): When check reports update_available, or BLOCK_UNTIL_USER_CONFIRMS_UPDATE, or strict exit 3, end this turn after asking. Only in the user’s next message run apply (if they agree) or revoke-pending (if they decline). Do not chain apply in the same turn as check for this flow.

   • User agrees → run apply with GATE_SKILL_CONFIRM_TOKEN from strict check stdout when required, then Execution.
   • User declines → revoke-pending, then Execution on the current install.

Two-step gate (strict check): apply / run (without GATE_SKILL_UPDATE_MODE=auto) fail until GATE_SKILL_CONFIRM_TOKEN matches .gate-skill-apply-token. User decline → revoke-pending.

GATE_SKILL_CONFIRM_TOKEN="<paste from check stdout>" bash "$HOME/.cursor/skills/gate-info-addresstracker/scripts/update-skill.sh" apply "gate-info-addresstracker"

bash "$HOME/.cursor/skills/gate-info-addresstracker/scripts/update-skill.sh" revoke-pending "gate-info-addresstracker"

$env:GATE_SKILL_CONFIRM_TOKEN = '<paste from check stdout>'
powershell -ExecutionPolicy Bypass -File "$env:USERPROFILE\.cursor\skills\gate-info-addresstracker\scripts\update-skill.ps1" apply "gate-info-addresstracker"

powershell -ExecutionPolicy Bypass -File "$env:USERPROFILE\.cursor\skills\gate-info-addresstracker\scripts\update-skill.ps1" revoke-pending "gate-info-addresstracker"

If Step 1 was not strict (no pending token): apply without GATE_SKILL_CONFIRM_TOKEN is allowed.

If skipped or check_failed: no update step; proceed to Execution.

Optional — GATE_SKILL_UPDATE_MODE=auto

For CI / unattended automation only: setting GATE_SKILL_UPDATE_MODE=auto on check makes the script apply immediately when the remote is newer — no user confirmation and incompatible with blocking update confirmation tests. Do not use auto on check when reproducing the blocking PD flow.

Parameters

• name: Frontmatter name above; must match skills/<name>/ on gate-skills.
• Invoke: Use $SKILL_ROOT/scripts/update-skill.sh (or .ps1) where $SKILL_ROOT/SKILL.md is this skill — e.g. ~/.cursor/skills/<name>, ~/.codex/skills/<name>, ~/.openclaw/skills/<name>, ~/.agents/skills/<name>, ~/.gemini/antigravity/skills/<name>; do not treat ~/.cursor (or any host root without skills/<name>/SKILL.md) as the install. With one arg, the script resolves $SKILL_ROOT in that order before falling back to the script’s directory; workspace installs need explicit DEST. Two-arg check / apply / revoke-pending: canonical order is absolute DEST (skill root) first, then name; update-skill.sh / update-skill.ps1 auto-swap when only one normalized path contains SKILL.md (e.g. agent passes name then path).
• ClawHub vs full tree: Installs without update-skill.ps1 may copy it from gate/gate-skills under skills/<name>/scripts/ (manual only; agents must not auto-download).

Do not dump raw script logs into the user-facing reply except when debugging. On check exit 3 (strict), do not run Execution until Step 2 is resolved. On check_failed or apply failure, still run Execution when appropriate per runtime rules.

---

MCP Dependencies

Legacy path only — this section applies when Step 0 emitted __FALLBACK__.

Required MCP Servers

MCP Server	Status
Gate-Info	✅ Required

MCP Tools Used

Query Operations (Read-only)

• info_onchain_get_address_info
• info_onchain_get_address_transactions
• info_onchain_get_transaction
• info_onchain_trace_fund_flow

Authentication

• API Key Required: No
• Credentials Source: None; this skill uses read-only Gate Info / Gate News MCP access only.

Installation Check

• Required: Gate-Info
• Install: Use the local Gate MCP installation flow for the current host IDE before continuing.
• Continue only after the required Gate MCP server is available in the current environment.

Routing Rules

Legacy path only — when Step 0 emitted __ROUTE_CLI__, routing is delegated to gate-info-web3.

User Intent	Keywords/Pattern	Action
Query address info	"who owns this address" "check 0x..."	Execute this Skill (Basic Mode)
Track fund flow	"track" "fund flow" "where did this money go"	Execute this Skill (Deep Tracking Mode)
Token on-chain analysis	"ETH chip analysis" "what are smart money buying"	Route to gate-info-tokenonchain
Address risk check	"is this address safe" "is this a blacklisted address"	Route to gate-info-riskcheck
Single transaction query	"what is this transaction" "decode this tx"	Call info_onchain_get_transaction directly
Entity/institution tracking	"Jump Trading holdings" "this institution's address"	Route to gate-info-whaletracker

---

Execution Workflow

Legacy path only — this section applies when Step 0 emitted __FALLBACK__.

Step 1: Intent Recognition & Parameter Extraction

Extract from user input:

• address: On-chain address (auto-detect format)
• chain (optional): Chain type (ETH/BSC/TRX/BTC, etc. — can be auto-inferred from address format)
• intent_depth: User intent depth
  • basic — just asking "who is this" / "how much do they hold"
  • deep — requesting "track funds" / "show transactions" / "where did the money go"

Automatic Address Format Detection:

Address Prefix	Inferred Chain
0x	Ethereum (default; could also be BSC/Polygon/Arbitrum or other EVM chains)
bc1 / 1 / 3	Bitcoin
T	Tron
Other	Prompt user to specify the chain

Step 2: Phase 1 — Address Profile (Required)

Step	MCP Tool	Parameters	Retrieved Data
1	info_onchain_get_address_info	address={address}, chain={chain}, scope="with_defi"	Address profile: balance, labels, risk score, DeFi positions, PnL

Step 3: Decision Branch

get_address_info response
    │
    ├── User only wants a simple query (intent_depth = basic)
    │   └── → Output address profile report directly (skip to Step 5)
    │
    └── User requests deep tracking (intent_depth = deep)
        └── → Proceed to Step 4 parallel calls

Conditions for automatic upgrade to deep mode:

• Address has known labels (e.g., exchange, hacker, whale) → likely worth investigating
• Address balance > $1M
• Address has risk flags

Step 4: Phase 2 — Deep Tracking (Conditionally Triggered)

Step	MCP Tool	Parameters	Retrieved Data	Parallel
2a	info_onchain_get_address_transactions	address={address}, chain={chain}, min_value_usd=10000, limit=20	Large transactions (> $10k)	Yes
2b	info_onchain_trace_fund_flow	start_address={address}, chain={chain}, depth=3, min_value_usd=100000	Fund flow tracing (3-level depth, > $100k)	Yes

Both Tools called in parallel. min_value_usd thresholds are adaptively adjusted based on address size.

Adaptive Threshold Logic:

Address Total Balance	info_onchain_get_address_transactions min_value	info_onchain_trace_fund_flow min_value
< $100K	$1,000	$10,000
$100K – $1M	$10,000	$100,000
$1M – $100M	$100,000	$1,000,000
> $100M	$1,000,000	$10,000,000

Step 5: LLM Aggregation

---

Report Template

Legacy path only — this section applies when Step 0 emitted __FALLBACK__.

Basic Mode

## Address Analysis Report

> Address: `{address}`
> Chain: {chain}
> Query time: {timestamp}

### 1. Address Profile

| Metric | Value |
|--------|-------|
| Address Label | {label} (e.g., Exchange Hot Wallet / Whale / Unknown / Hacker-linked) |
| Risk Score | {risk_score}/100 ({Low Risk/Medium Risk/High Risk}) |
| First Transaction | {first_tx_time} |
| Total Transactions | {tx_count} |
| Current Balance | ${total_balance_usd} |

### 2. Asset Holdings

| Token | Amount | Value (USD) | Share |
|-------|--------|-------------|-------|
| {token_1} | {amount} | ${value} | {pct}% |
| {token_2} | ... | ... | ... |
| ... | ... | ... | ... |

**Holding Characteristics**: {LLM analyzes the holding structure, e.g., "Highly concentrated in ETH", "Diversified across multiple DeFi tokens", "Possible market maker"}

### 3. DeFi Positions (if available)

| Protocol | Type | Amount | Status |
|----------|------|--------|--------|
| {protocol} | {Lending/LP/Staking} | ${value} | {Healthy/Near Liquidation} |
| ... | ... | ... | ... |

### 4. PnL Summary (if available)

| Metric | Value |
|--------|-------|
| Realized PnL | ${realized_pnl} |
| Unrealized PnL | ${unrealized_pnl} |
| Win Rate | {win_rate}% |

Deep Tracking Mode (appended to Basic Mode)

### 5. Large Transaction History

> Filter: Amount > ${min_value_usd} | Most recent {count} transactions

| Time | Type | Amount | Counterparty | Counterparty Label |
|------|------|--------|--------------|-------------------|
| {time} | {In/Out/Contract Interaction} | ${value} | `{counterparty}` | {label/unknown} |
| ... | ... | ... | ... | ... |

**Transaction Pattern Analysis**:
{LLM analyzes transaction records and identifies patterns:}
- Frequent interactions with an exchange → likely depositing/withdrawing
- Large one-way outflows → possibly liquidating
- Interacting with many new addresses → possibly dispersing funds
- Regular fixed-amount transfers → possibly payroll/OTC

### 6. Fund Flow Tracing

> Trace depth: {depth} levels | Minimum amount: ${min_value_usd}

{address} (origin) ├── ${amount} → {addr_1} ({label_1}) │ ├── ${amount} → {addr_1a} ({label}) │ └── ${amount} → {addr_1b} ({label}) ├── ${amount} → {addr_2} ({label_2}) │ └── ${amount} → {addr_2a} ({label}) └── ${amount} → {addr_3} ({label_3})

**Fund Flow Analysis**:
{LLM analysis based on tracing results:}
- Ultimate destination of funds (exchange? mixer? DeFi protocol?)
- Any suspicious patterns (split transfers, circular transfers, obfuscation paths)
- Associated known entities

### ⚠️ Risk Warnings

{If the address has risk flags, prominently display:}
- ⚠️ This address is flagged as: {risk_label}
- ⚠️ Associated addresses involved in: {risk_detail}

---

Decision Logic

Condition	Assessment
risk_score > 70	High-risk address — warn user to exercise caution
risk_score 40-70	Medium risk — note some risk factors present
risk_score < 40	Low risk
Holding concentration > 80% in a single token	Flag "Highly concentrated holding"
DeFi lending health factor < 1.2	Near liquidation
Large outflow in past 24h > 50% of total balance	Flag "Recent large outflow"
Fund flow includes mixer addresses	Flag "Mixer involvement — high risk"
Fund flow includes OFAC-sanctioned addresses	Flag "Associated with sanctioned address"
trace_fund_flow returns empty	Possibly a new address or no large-enough transactions — handle normally

---

Error Handling

Error Type	Handling
Invalid address format	Prompt user to check the format; provide correct format examples
Cannot identify chain	Prompt user to specify the chain ("Which chain is this address on? ETH/BSC/TRX/BTC...")
info_onchain_get_address_info returns empty	Address may be new or have no on-chain activity; inform the user
info_onchain_trace_fund_flow unavailable (P1 phase)	Inform user "Fund tracing is still under development"; show transaction history only
info_onchain_get_address_transactions timeout	Reduce limit and retry, or show address profile only
All Tools fail	Return error message; suggest the user try again later

---

Cross-Skill Routing

User Follow-up Intent	Route To
"Is this address safe?"	gate-info-riskcheck
"On-chain data for this token"	gate-info-tokenonchain
"Which institution owns this address?"	gate-info-whaletracker
"Analyze XX coin for me"	gate-info-coinanalysis
"Why was there a large outflow?"	gate-news-eventexplain

---

Safety Rules

1. Privacy protection: Do not link on-chain addresses to specific natural persons (unless publicly labeled as institutional addresses)
2. Clear risk warnings: High-risk addresses must have prominent, unmistakable risk labels with reasons
3. No definitive characterization: Do not use terms like "criminal address" or "dirty money" — use objective language like "flagged as high risk" or "associated with suspicious activity"
4. Data source transparency: Label data sources (BlockInfo / Nansen / Arkham) must be attributed
5. Flag missing data: Fund tracing rolls out in phases; when unavailable, explicitly state it
6. Do not encourage stalking: If a user attempts to track many personal addresses for harassment purposes, prompt responsible use